Tutorvista nd Momentum Conservations is exemplified in various physical

Tutorvista nd momentum conservations is exemplified

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(Tutorvista. n.d.)
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Momentum Conservations is exemplified in various physical activities because momentum changes are equal in magnitude and opposite in direction. The Physics Classroom. (2016)
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The difference between kinetic and potential energy is stored energy of an object because of the position of the object. Kinetic energy is due to motion of the object.
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Potential Energy Is the Energy that can be applied to the arrow. If the string is released
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The energy that is on the skate board is kinetic energy, because the board is in motions
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Everything in life is needs energy to move or to work. W = Fd Work – activity involving a force and movement in the direction of the force. Energy – is the capacity for doing work Power – is the rate of using energy
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The change in the kinetic energy of an object is equal to the net work done on the object. Work Energy Principle
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Thank You
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References The Physics Hypertextbook. (2017). Impulse & Momentum. Retrieved from Hewitt, P. G. (2015). Conceptual physics (12th ed.). Boston, MA: Pearson. Image on page 5. (n.d.). Retrieved from - of-momentum- experiment1.jpg The Physics Classroom. (2016). Momentum Conservation Principle. Retrieved from
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